During requirements analysis for a smart building IoT system, the team documents that the system must send temperature readings to the cloud every 5 minutes and must operate reliably in a temperature range of -10°C to 50°C. Which classification best describes these two requirements?

Both are non-functional requirements.

Sending readings is non-functional; the temperature range is functional.

Sending readings is functional; the temperature range is non-functional.

Both are functional requirements.

A water utility wants to deploy smart meters that read consumption every 15 minutes. The meters are in basements with poor cellular coverage. The utility needs reliable data collection. Which design approach best addresses the connectivity challenge?

Use satellite communication for each meter

Use Wi-Fi from each meter to a nearby router

Use a direct cellular connection for each meter

Use a mesh network where meters relay data to a central gateway with cellular backhaul

A hospital wants to deploy IoT-enabled patient monitors that must alert staff within 2 seconds of a critical event. The hospital also requires that all patient data be encrypted in transit and at rest. The network has occasional congestion. Which design decision best balances the latency and security requirements?

Send all data to a cloud platform for processing and alerting

Use unencrypted local processing to reduce latency

Use a local edge gateway that processes alerts locally and encrypts data before sending it to the central server

Use a local gateway without encryption and rely on the network's physical security

A smart agriculture company needs to deploy soil-moisture sensors across a 100-acre farm. The farm has no power lines, and the sensors must operate for 3 years without maintenance. Which design choice is most critical to meet the 3-year operational requirement?

Use a wired power connection from the farm's main building

Deploy a high-power cellular modem for reliable long-range communication

Select sensors with low-power communication protocols and energy-efficient sampling schedules

Use high-frequency sampling to ensure data accuracy

Certified Internet of Things Practitioner (CIoTP)

Domain 4Objective 2

Requirements and Design ITP-110 Practice Questions (Page 2)

Part of the The IoT System Development Life Cycle domain, which accounts for 8% of the ITP-110 exam.

18questions here

4free pages

2concepts

8%of the exam

Questions 6–10

6foundation · easy
During requirements analysis for a smart building IoT system, the team documents that the system must send temperature readings to the cloud every 5 minutes and must operate reliably in a temperature range of -10°C to 50°C. Which classification best describes these two requirements?
Select an answer first
7application · medium
A water utility wants to deploy smart meters that read consumption every 15 minutes. The meters are in basements with poor cellular coverage. The utility needs reliable data collection. Which design approach best addresses the connectivity challenge?
Select an answer first
8application · medium
A hospital wants to deploy IoT-enabled infusion pumps that must be remotely monitored. The system must comply with healthcare regulations that require audit logs of all access to patient data. Which non-functional requirement is most critical to document?
Select an answer first
9expert · hard
A hospital wants to deploy IoT-enabled patient monitors that must alert staff within 2 seconds of a critical event. The hospital also requires that all patient data be encrypted in transit and at rest. The network has occasional congestion. Which design decision best balances the latency and security requirements?
Select an answer first
10application · medium
A smart agriculture company needs to deploy soil-moisture sensors across a 100-acre farm. The farm has no power lines, and the sensors must operate for 3 years without maintenance. Which design choice is most critical to meet the 3-year operational requirement?
Select an answer first

Finished these 5 questions?

Review the revealed explanations, or continue through the curriculum.

Next 5 questions →Back to ITP-110

Free Basic Practice is a study aid with revealable answers — not a scored exam. Examers.io is independent and not affiliated with or endorsed by CertNexus. “ITP-110” is a trademark of its owner, used for identification only.

Requirements and Design ITP-110 Practice Questions (Page 2)

Questions 6–10

During requirements analysis for a smart building IoT system, the team documents that the system must send temperature readings to the cloud every 5 minutes and must operate reliably in a temperature range of -10°C to 50°C. Which classification best describes these two requirements?

A water utility wants to deploy smart meters that read consumption every 15 minutes. The meters are in basements with poor cellular coverage. The utility needs reliable data collection. Which design approach best addresses the connectivity challenge?

A hospital wants to deploy IoT-enabled infusion pumps that must be remotely monitored. The system must comply with healthcare regulations that require audit logs of all access to patient data. Which non-functional requirement is most critical to document?

A smart agriculture company needs to deploy soil-moisture sensors across a 100-acre farm. The farm has no power lines, and the sensors must operate for 3 years without maintenance. Which design choice is most critical to meet the 3-year operational requirement?

Keep studying — The IoT System Development Life Cycle